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This General Specification (GS) describes the specifications for Field Wireless Multi-Protocol Module. Combined with "Field Wireless Communication Module FN110", this product is connectable with a field wireless network as a field wireless device. This product acquires sensor data from a connected sensor and transmits it to a field wireless network through FN110.
Refer to General Specifications of "Field Wireless Communication Module FN110" for an overview and detailed information.
FAST/TOOLS has been developed with over 25 years of experience by combining our expertise in Supervisory Control And Data Acquisition (SCADA) with requirements from users and industry leaders. The FAST/TOOLS package is a powerful, modern, flexible, distributed operations information and control software package.
SMARTDAC+, GX10, GX20, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
The μR20000 is a compact recorder with a recording width of 180mm. The model family consists of 1, 2, 3, 4 pen and a 6, 12, 18, 24 dot models. Pen model realizes continuous recording for each channel, whereas the dot model realizes a high speed of 6 dot/10 sec, 12 dot/15 sec, 18 dot/20 sec, 24 dot/30 sec. The input is universal input.
The μR10000 is a compact recorder with a recording width of 100mm. The model family consists of 1, 2, 3, 4 pen and a 6 dot models. Pen model realizes continuous recording for each channel, whereas the 6-dot model realizes a high speed of 6 dot/10 sec. The input is universal input.
This high quality arrester protects electronic instruments by absorbing induced lightning surge voltage. Arrester (SPD) should be set between lines through which surges are entered and serves to protect instruments such as transmitters or receivers safely from thunder inducement.
The DMP is a connecter-connection type 16-unit mounting nest. It is available for mixed mounting of electronic and pneumatic signal conditioners, and connection with DCS I/O modules for CENTUM series of Yokogawa Electric Corporation. This nest includes the connector for portable manipulator (Yokogawa SPBD) by each loop as standard, for emergency backup of a control unit or each converter.
The DME is a connector-connection type 16-unit mounting nest. It is available for connection with DCS I/O modules for the CENTUM series of Yokogawa Electric Corporation. This nest includes the connector for portable manipulator (Yokogawa SPBD) by each loop as standard, for emergency backup of a control unit or each converter.
The DCP is a connecter-connection type 16-unit mounting nest. It is available for mixed mounting of electronic and pneumatic signal conditioners, and connection with DCS I/O modules for CENTUM series of Yokogawa Electric Corporation.
The DCE is a connecter-connection type 16-unit mounting nest. It is available for connection with DCS I/O modules for the CENTUM series of Yokogawa Electric Corporation. Ranges and parameters can be set using DSC2 or the JHT200, Yokogawa handy terminal. (The availability depends on the model of signal conditioners.)
The DX1 is a nest-mounting type card whose inputs are combined with the outputs directly. It receives 4 to 20 mA DC signals from various converters and converts them into 1 to 5 V DC signals.
The DT5 is DCS correspondence nest stored type signal conditioner that is connected to an IEC/JIS-standard thermocouple (TC), such as a Type K, T, E, J, R, S, B or N thermocouples to convert temperature signals into isolated DC current or DC voltage signals.
The DSC2 is a communication interface card that is used by installing to the dedicated slot of the nest for D series signal conditioners. It has a RS-485 communication port, for relaying communication data of the D series and Yokogawa Field Instruments to a host computer.
The DSK is a nest-mounting type limit alarm, receives 4-20 mA DC or 1-5 V DC signals, compares them with internal setting values and outputs alarm contacts. Alarm action points can be set by front volume, and directions and contacts can be selected by the internal switch.
The DS1 is a nest-mounting type DCS-supported potentiometer converter is used in combination with an instrument such as a control valve which outputs the change in resistance of potentiometer. It converts the change in resistance into isolated DC current or DC voltage signals.
The DR5 is DCS correspondence nest stored type signal conditioner that is connected to an IEC/JIS-standard resistance temperature detector (RTD) to convert temperature signals into isolated DC current or DC voltage signals. Selection of input type, input range setting, burnout setting, output adjustment, I/O monitoring, and loop back test can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The DQ0 is a nest-mounting type DCS-supported analog-to-pulse converter that receives DC current or DC voltage signals, and converts them into pulse-train signals. Ranges, output pulse width, low output cut point, zero points and spans, I/O monitoring can be set and modified using a Handy Terminal (JHT200).
The DP3 is a nest-mounting type DCS-supported pulse-to-analog converterthat receives pulse-train signals and converts them into DC voltage or DC current signals proportional the the frequency. Internal filter can be set to eliminate chattering.
The DM1 is a nest-mounting type DCS-supported isolator that receives DC mV signals, and converts them into various isolated DC current or DC voltage signals. On-site zero/span adjustment and I/O monitoring etc. can be performed from the host system or a handy terminal via the communication interface.
The DH0 is a nest-mounting type DCS-supported isolator that receives 1 to 5 V DC signals from DCS, and converts them into isolated DC voltage signals.
The DH5, a nest-mounting type DCS-supported isolator, extracts the square root of 1 to 5 V DC signals and converts them into isolated DC current or DC voltage signals. On-site zero/span adjustment and I/O monitoring etc. can be performed from the host system or a handy terminal via the communication interface.
The DH2 is a nest-mounting type DCS-supported isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. On-site zero/span adjustment and I/O monitoring etc. can be performed from the host system or a handy terminal via the communication interface.
The DH1 is a nest-mounting type DCS-supported isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. Output 1 (the first output) is 1 to 5 V and connectable with the host control system. Output 2 (the second output) follows the output 1.
The DG1 is a nest-mounting type DCS-supported isolator that receives AC voltage signals, such as PT output, and converts them into various DC current or DC voltage signals. AC/DC conversion is made by root mean square value.
The DF0, a nest-mounting type DCS-supported E/P converter, receives 1-5 V DC or 4-20 mA DC signals from DCS, and converts them into pneumatic signals. A compact, high-performance model with a semiconductor pressure sensor.
he DF1, a nest-mounting type DCS-supported P/E converter, converts pneumatic signals into DC current or DC voltage signals. No orientation errors. A compact, high-performance model with a semiconductor pressure sensor.
The DD1, a nest-mounting type DCS-supported tachometer converter, receives AC voltage signals from electrical tachometers (tachogenerators), and converts them into various DC current or DC voltage signals. AC/DC conversion is made by mean value.
The DC7, a nest-mounting type DCS-supported isolator, receives 4 to 20 mA DC signals from DCS, and converts them into 4 to 20 mA DC current signals. Bi-directional relay of HART communication signals is possible while the DCS and the field devices are isolated from each other.
The DC0, a nest-mounting type DCS-supported isolator, receives 4 to 20 mA DC signals from DCS, and converts them into 4 to 20 mA DC or 10 to 50 mA DC current signals. When a load circuit opens, input resistance increases rapidly to 32 kΩ or more to detect the open state through the input device.
The DB1 is a nest-mounting type DCS-supported CT converter that converts AC current signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value.
The DA0 is a nest-mounting type DCS-supported isolator that receives 1 to 5 V DC signals from DCS, and converts them into isolated 4 to 20 mA DC or 10 to 50 mA DC signals.
The DA7 is a nest-mounting type DCS-supported distributor, is used in combination with a two-wire transmitter, and converts 4 to 20 mA DC signals into isolated 4 to 20 mA DC signals. Bi-directional relay of HART communication signals is possible while the field devices and the DCS are isolated from each other.
The DA5, a nest-mounting type DCS-supported distributor with square root extractor, is used in combination with a two-wire transmitter to convert the differential pressure flow signal into a linearized signal proportional to the flow.
The DA2 is a nest-mounting type DCS-supported distributor, is used in combination with a two-wire transmitter, and converts 4 to 20 mA DC signals into isolated 1 to 5 V DC signals. Available for communication with the Brain series of transmitters via communication interface.
The DA1 is a nest-mounting type DCS-supported distributor, is used in combination with a two-wire transmitter, and converts 4 to 20 mA DC signals into isolated DC current or DC voltage signals.
Yokogawa's process pH and ORP meters are highly reliable and feature advanced functions which are useful for a wide variety of applications including water quality management in a broad range of production processes and medium-sized wastewater treatment plants, or for general pH and ORP control systems.
YOKOGAWA has been supplying superior on-line analyzers for monitoring or controlling the conductivity of liquid or solutions.
The Range-free Multi-controller FA-M3 is a next-generation programmable controller, which achieves high per formance through its ultra high-speed processing and stable control features. It incorporates a space-saving compact design, supports versatile ranges with cover for up to 8192 input/output points, and is equipped with a variety of advanced modules, which can be used to configure a wide range of applications.
The TC10 is a compact single loop temperature controller with easy-to-read 3 dynamic colors led display. The short depth of the controller helps save instrument panel space. The TC10 supports easy configuration with codes for quick start-up.
JUXTA
JUXTA
The YSS1000 setting software (hereinafter referred to as the YSS1000) is package software to configure the functions of the YS1000 series (hereinafter referred to as the YS1000) devices. Writing and reading of parameters and user programs of the YS1000, and PID tuning and monitoring of user programs can be performed through the use of communication.
The YS1350 is a manual setter that allows for manually outputting setting signals to controllers and the like. The YS1360 is a manual setter that allows for manually output- ting operation signals to operation terminals. The YS1350 and YS1360 include as standard an operation mode selector switch [cascade (C) and manual (M)], status input-based operation mode selector function, and opera- tion mode discrimination status output function.
The YS1310 Indicator with Alarms is an input indicator that has alarms with two inputs. Two loops can be displayed simultaneously. A high limit alarm, low limit alarm, high-high limit alarm, and low-low limit alarm can be generated for each of the two inputs, and the AND connection or OR connection of arbitrary alarms can be output from a total of 6 contacts.
The YS1500 Indicating Controller incorporates fundamental control functions required for PID control. Necessary func- tions can be selected in accordance with the user's purpose. The available functions include those functions necessary for input signal processing, such as square root extraction and linear segment conversion, and feed-forward calculation. Single-loop, cascade and selector mode is also available.
The YS1700 Programmable Indicating Controller can be tailored for various applications by running a user program, and offers high reliability thanks to Yokogawa's proprietary technology, user friendliness, and expandability. Standard models are smaller and lighter than earlier series, requiring less space for installation, and are compliant with international safety standards including the CE Mark and FM, CSA nonincendive (optional) approvals.
Thank you for purchasing the DPharp EJX Differential Pressure transmitter. Your EJX Pressure Transmitter was precisely calibrated at the factory before shipment. To ensure both safety and efficiency, please read this manual carefully before you operate the instrument.
- EJX118B Wireless Differential Pressure Transmitter with Remote Diaphragm Seals
- EJX530B Wireless In-Line Mount Gauge Pressure Transmitter
- EJX110B Wireless Differential Pressure Transmitter
- EJX510B Wireless In-Line Mount Absolute Pressure Transmitter
- EJX438B Wireless Gauge Pressure Transmitter with Remote Diaphragm Seals
- EJX430B Wireless Gauge Pressure Transmitter
- EJX310B Wireless Absolute Pressure Transmitter
- EJX210B Wireless Flange Mounted Differential Pressure Transmitter
- YTA510 Wireless Temperature Transmitter
SMARTDAC+
The GP10/GP20 are portable type paperless recorders that display real-time measured data on a touch screen and save data on an external storage medium (SD card).
SMARTDAC+
SMARTDAC+, AI
The GX10/GX20 are paperless recorders that display real-time measured data on a touch screen and save data on an external storage medium (SD card).
SMARTDAC+
FDT/DTM Interoperability Support Test, where FDT stands for Field Device Tool and DTM stands for Device Type Manager.
Yokogawa confirms the interoperability of Yokogawa FOUNDATION™ Feldbus devices and non-Yokogawa FOUNDATION™ Fieldbus devices with Yokogawa's host system using the HIST (Host Interoperability Support Test) scheme which has been certified by the FOUNDATION™ Fieldbus. The FOUNDATION™ Fieldbus device list shows the devices which have passed the Yokogawa HIST.
YTA Series temperature transmitters can perform remote setting and monitoring of measuring ranges, damping time constant, etc. through HART® Communicator. A self-diagnostic can also be performed on the transmitter.
| Yokogawa DTM HART | |
|---|---|
| Description | Yokogawa DTM for third party frame application user, containing the device DTM's for Yokogawa's HART field devices. |
| Version | 2022-1 |
| Size | 179.2 MB |
| Last Update | May 12th, 2022 |
| Note: | |
|---|---|
| (1) | This DTM download package can be used for third party FDT 1.2 or FDT 2.0 compliant frame applications. For detail, refer to ReadMe.txt inside the package. All of FDT2.0 DTMs which are included in this updated package are certified by FDT Group officially. |
| (2) | For the user who has no frame application, you need to get a FDT frame application such as FieldMate, PRM or PACTware. To purchase a FieldMate license, please contact your local Yokogawa representative. |
| (3) | For Yokogawa FieldMate user and PRM user, download Device Files corresponding to “FieldMate/PRM/Device Files User site” in Yokogawa Partner Portal. FieldMate/PRM/Device Files User site From the FieldMate/PRM/Device Files User site, you can get the latest Device Files set which contains the latest Yokogawa DTMs. |
- SC150
- EJA530E
- ADMAG AXR
- Multi Channel 4-Wire Analyzer FLXA402
- EJXC81A, EJAC81E (Absolute Pressure Diaphragm Seal)
- YTA710 Temperature Transmitter
- YTA610 Temperature Transmitter
- EJAC60E Hygienic Adapter System (Fluidless Type)
- EJXC40A (Digital Remote Sensor)
- ADMAG AXG
- EJX115A
- Zirconia Oxygen/Humidity Analyzer ZR22G, ZR802G
- ADMAG AXW
- YTA70
- EJX430A
- EJX310A
- ROTAMASS 3
- Single Channel Oxygen Analyzer System ZR22/ZR402
- EJX930A
- EJX210A
- Integral Oxygen Analyzer ZR202
- EJX910A
- In-Situ Gas Analyzer TDLS8000
- YTA110/310/320 Temperature Transmitter
- 4-Wire pH/ORP Analyzer PH450
- Four-Wire Conductivity Analyzer
- EJX440A
- 2-Wire Transmitter/Analyzer FLXA202
- Multi Channel Oxygen Analyzer System ZR22/AV550G
- ROTA<i>MASS</i> Total Insight
- EJA510E
- EJX130A
- EJXC80A, EJAC80E (Differential Pressure Direct Mounted Seal)
- EJXC50A, EJAC50E (Gauge Pressure Direct Mounted Seal)
- EJX510A
- EJX630A
- EJXC80A, EJAC80E (Differential / Gauge Pressure Diaphragm Seal)
- EJX530A
- EJX110A
- digitalYEWFLO Vortex Flowmeter
- AXFA14G/C
- 2-Wire 24VDC Inductive Transmitter / Analyzer ISC202
- EJA530A
- EJX610A
- EJX118A
- EJA438E
- EJX438A
- AXFA11 Magnetic Flow Converter
- EJA110E
- ADMAG AXF
- EJA130E
- EJA120E
- EJA118E
- EJA440E
- EJA115E
- EJX120A
- EJA430E
- EJA310E
- 2-Wire 24VDC pH/ORP Transmitter / Analyzer PH202
- EJA210E
- EJA438
- EJA130A
- EJA118
- EJA120A
- EJA110A
- EJA440A
- EJA430A
- EJA310A
- EJA115
- EJA210A / EJA220A
- 2-Wire Transmitter/Analyzer FLXA21
- RAMC
- 2-Wire 24VDC Transmitter / Analyzer DO202
- 2-Wire 24VDC Contacting Transmitter / Analyzer SC202
- PH150
- Vortex Flowmeters VY series
- Process Analyzers
- Field Instruments
| Yokogawa DTM PROFIBUS | |
|---|---|
| Description | Yokogawa DTM for third party frame application user, containing the device DTM's for Yokogawa's PROFIBUS field devices. |
| Version | 2022-1 |
| Size | 177.1 MB |
| Last Update | May 12th, 2022 |
| Note: | |
|---|---|
| (1) | This DTM download package can be used for third party FDT 1.2 or FDT 2.0 compliant frame applications. For detail, refer to ReadMe.txt inside the package. |
| (2) | For the user who has no frame application, you need to get a FDT frame application such as FieldMate, PRM or PACTware. To purchase a FieldMate license, please contact your local Yokogawa representative. |
| (3) | For Yokogawa FieldMate user and PRM user, download Device Files corresponding to “FieldMate/PRM/Device Files User site” in Yokogawa Partner Portal. FieldMate/PRM/Device Files User site From the FieldMate/PRM/Device Files User site, you can get the latest Device Files set which contains the latest Yokogawa DTMs. |
- EJXC50A, EJAC50E (Gauge Pressure Direct Mounted Seal)
- EJXC80A, EJAC80E (Differential Pressure Direct Mounted Seal)
- EJXC80A, EJAC80E (Differential / Gauge Pressure Diaphragm Seal)
- EJX630A
- EJX530A
- EJX610A
- EJX130A
- EJX510A
- EJX440A
- EJX430A
- EJXC40A (Digital Remote Sensor)
- EJX310A
- EJX210A
- EJXC81A, EJAC81E (Absolute Pressure Diaphragm Seal)
- EJA440E
- EJA430E
- EJX115A
- EJA310E
- 2-Wire Transmitter/Analyzer FLXA202
- 2-Wire 24VDC pH/ORP Transmitter / Analyzer PH202
- EJA130E
- EJA530E
- EJA120E
- EJA510E
- EJA118E
- ADMAG AXG
- ADMAG AXW
- ADMAG AXF
- ROTA<i>MASS</i> Total Insight
- Multi Channel 4-Wire Analyzer FLXA402
- EJA530A
- 2-Wire 24VDC Inductive Transmitter / Analyzer ISC202
- EJX438A
- AXFA11 Magnetic Flow Converter
- EJA115E
- EJA110E
- EJX110A
- EJA210E
- EJX118A
- EJX120A
- EJA438E
- AXFA14G/C
- EJA310A
- EJA115
- EJA210A / EJA220A
- EJA438
- EJA130A
- EJA118
- EJA120A
- EJA110A
- EJA440A
- EJA430A
- 2-Wire Transmitter/Analyzer FLXA21
- 2-Wire 24VDC Transmitter / Analyzer DO202
- 2-Wire 24VDC Contacting Transmitter / Analyzer SC202
- Process Analyzers
- Field Instruments
There are two basic sensor styles used for measuring Conductivity: Contacting and Inductive(Toroidal, Electrodeless). Inductive Conductivity (also called Toroidal or Electrodeless), the sensing elements (electrode coils) of an inductive sensor do not come in direct contact with the process. These two matched (identical) coils are encapsulated in PEEK (or Teflon) protecting them from the adverse effects of the process. There is only one cell factor (constant) for the ISC40 Inductive Sensor. It covers nearly the entire conductivity measurement range ~ 50-2,000,000 microS/cm. Only on the low end (below 50 microS) does the accuracy of the sensor suffer. The ISC40 Inductive sensor is virtually maintenance free.
SMARTDAC+, GX10, GX20, GP10, GP20, GM
Between measuring plant and control room, especially when the distance between these places is greater than the length of the standard appropriate sensor cables, the BA10 connecting equipment can be an expedient method for connecting sensor cables to an extension cable which is connected to the measuring device. Although BA10 enables longer distance connection it is not advisable to use it in pH measuring loops. For pH loops with long distance cable runs it is recommended to use digital Sencom configuration.
The FVX110 is a field indicator that allows you to switch and display up to 16 indicated values for FOUNDATION™ fieldbus devices. Turn the scroll knob on the case to switch displays. No complex operation is needed in the field and you can observe the indicated values easily.
WN30 is an application software package of a wireless noise surveillance system that provides real time sound noise map.
WN30 enables you to monitor the level of ambient noise at different locations in a plant.
UTAdvanced
WN100 is a battery operated wireless sound level meter designed as a fi eld device used under harsh environment or explosive atmosphere, and it is suitable for measurement of large sound at noisy area such as an offshore platform or a process plant to protect workers from noise exposure.
In combination with the noise map software WN30 which is also provided by Yokogawa, WN100 enables to create a dynamic online noise map.
The wireless communication is compliant with ISA100.11a protocol specifi cations.
The WT5A / WT5V is a compact, front terminal connection type signal conditioner that is connected to an IEC/JIS-standard thermocouple (TC), such as a Type K, T, E, J, R, S, B or N thermocouples to convert temperature signals into isolated DC current or DC voltage signals.
The WS1A/WS1V is a compact, front terminal connection type potentiometer converter that is used in combination with an instrument such as a control valve which outputs the change in resistance of potentiometer. It converts the change in resistance into isolated DC current or DC voltage signals.
This signal conditioner converts the change in the resistance of potentiometer fitted in motor operated valve or air duct dampers etc. to current or voltage signals. Non-isolated type.
The WR5A / WR5V is a compact, front terminal connection type signal conditioner that is connected to an IEC/JIS-standard resistance temperature detector (RTD) to convert temperature signals into isolated DC current or DC voltage signals. Selection of input type, input range setting, burnout setting, output adjustment, I/O monitoring, and loop back test can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The WM1A/WM1V is a compact, front terminal connection type isolator that converts DC mV signals into isolated DC current or DC voltage signals. I/O range setting, zero/span adjustment, burnout setting and I/O monitoring can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The WH2A/WH2V is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. I/O range setting, zero/span adjustment, I/O monitoring, etc. can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The WH1A/WH1V is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. Dual output and 2000 V AC withstand voltage specifications are available upon request.
The WH0V is a compact, front terminal connection type isolator that converts 1 to 5 V DC signals into isolated DC voltage signals. 2000 V AC withstand voltage specifications are available upon requests.
The WC0A is a compact, front terminal connection type isolator that converts 4 to 20 mA DC signals into isolated 4 to 20 mA DC or 10 to 50 mA DC signals. When a load circuit opens, input resistance increases rapidly to 32K or more to detect the open state through the input device. 2000 V AC withstand voltage specifications are available upon request.
The WA5A/WA5V is a compact, front terminal connection type distributor that is used in combination with a two-wire transmitter, and extracts the square root of 4 to 20 mA DC input signals from the transmitter and converts them into isolated DC current or DC voltage signals. Zero/span adjustment, I/O monitoring can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The WA1A/WA1V is a compact, front terminal connection type distributor that is used in combination with a two-wire transmitter, and converts the transmitter's 4 to 20 mA DC signals into isolated DC current or DC voltage signals. Dual output and 2000 V AC withstand voltage specifications are available upon requests.
The WA0A is a compact, front terminal connection type isolator that converts 1 to 5 V DC signals into isolated DC current signals. 2000 V AC withstand voltage specifications are available upon requests.
The FT5A/FT5V is a compact, front terminal connection type signal conditioner that is connected to an IEC/JIS-standard thermocouple (TC), such as a Type K, T, E, J, R, S, B or N thermocouples to convert temperature signals into isolated DC current or DC voltage signals.
The FRSA/FR5V is a compact, front terminal connection type signal conditioner that is connected to an IEC/JIS-standard resistance temperature detector (RTD) to convert temperature signals into isolated DC current or DC voltage signal.
The FM1A/FM1V is a compact, front terminal connection type isolator that converts DC mV signals into isolated DC current or DC voltage signals. I/O range setting, zero/span adjustment, burnout setting and I/O monitoring can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The FH5A/FH5V, a compact, front terminal connection type isolator, extracts the square roots of 1 to 5 V DC signals and converts them into isolated DC current or DC voltage signals. Low cut point setting, zero/span adjustment, I/O monitoring, etc. can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The FH2A/FH2V is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. I/O range setting, zero/span adjustment, I/O monitoring, etc. can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The FH1A/FH1V is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals.
This 2-wire type P/E Transducer converts 20∼100kPa, 0.2∼1.0kgf/cm2 or 3∼15psi signal into 4∼20mA DC signal. Compact type, by using semi-conductor pressure sensor. No positional error. Output current can be monitored by connecting ampere meter to CHECK terminal.
The FH0V is a compact, front terminal connection type output isolator that receives 1 to 5 V DC signals, and converts them into isolated DC voltage signals.
The FA5A/FA5V is a compact, front terminal connection type distributor that is used in combination with a two-wire transmitter, and extracts the square root of 4 to 20 mA DC input signals from the transmitter and converts them into isolated DC current or DC voltage signals. Zero/span adjustment, I/O monitoring can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
For liquid analysis, the sensors are frequently mounted in either a flow or an immersion fitting.
Yokogawa suppllies for the model ISC40 inductive conductivity sensors a full range of fittings with particular emphasis on designs that reduce installation and maintenance time and consequently save operation costs.
A wide choice of construction materials gives the user the optimal solution for any process considering chemical resistance, pressure and temperature specifications.
The flow fittings are used for installation of the sensors in sample by-pass lines. This makes maintenance easy without having to interrupt the main process stream. The subassemblies simplifies mounting of the sensors direct into process lines or vessels.
This is particularly important where sample lines give problems, for instance with settling slurries.
Features
• Wide choice of construction materials.
• Built in drain on stainless steel flow fitting.
• Quick disconnect direct insertion sub assemblies.
• High temperature PVC immersion fitting with optional flanged process connection for adjustable insertion depth.
• High pressure and temperature specifications.
• Electrolytically polished stainless steel fittings for optimal corrosion resistance.
The EXA PH intelligent pH conveter is a highly reliable advanced function pH measurement system designed for wide application in all industries such as for medium-scale waste water treatment system, and general-purpose pH measurement and control systems. The EXA PH intelligent pH converter features highly effective built-in functions for sensor diagnosis similar to FLXA21 2-wire liquid analyzer.
This software is designed for Confocal Quantitative Image Cytometer CQ1.
This software is designed for Confocal Quantitative Image Cytometer CQ1.
The VJ77 PC-based Parameters Setting Tool is a software package for setting various parameters and programs of the microcomputer-based JUXTA series signal conditioner and computing unit on a PC.
This manual explains how to use Data Logging Software GA10 (hereafter referred to as GA10). To ensure correct use, please read this manual thoroughly before beginning operation.
SMARTDAC+
SMARTDAC+
The SENCOM ct is a PC host application to configure a SA11 SMART Adapter without an expert-host.
EJA115E Low Flow Transmitter
EJA438E Diaphragm Sealed Gauge Pressure Transmitter (Inner Diaphragm type)
Diaphragm Sealed Differential Pressure Transmitter (Inner Diaphragm type)
EJA118E Diaphragm Sealed Differential Pressure Transmitter
EJA440E Gauge Pressure Transmitter
EJA430E Gauge Pressure Transmitter
EJA310E Absolute Pressure Transmitter
EJA120E Differential Pressure Transmitter
EJA110E Differential Pressure Transmitter
The Model SDBT Distributor supplies power to a two-wire transmitter and converts the 4 to 20 mA DC transmitter signal current to two 1 to 5 V DC and one 4 to 20 mA DC (for SDBT-21 type only) output signals. Isolation between input/output and distributor power supply is provided ("loop isolation"); isolation between input and output ("field isolation"); is specification.
The Model SISD Isolator accepts a 1 to 5V DC input signal. The input signal is isolated from the power supply common and from the Isolator output signal. There are two outputs: 1 to 5V and 4 to 20mA DC.
The SIND Integrator is a voltage-to-pulse converter that converts 1 to 5 V DC inputs to corresponding pulse frequency output. It can be used with a YS80 series SICD counter to totalize flow quantity. Two integrating modes are available: proportional integration that directly totalizes the input, and square root integration that totalizes square-root values.
The SDAU Digital Alarm Unit accepts two input signals (freely selectable from 1 to 5 V, mV, thermocouple and RTD), and six detection results in alarm detecting sections are freely connected to AND or to OR. Then they are output to alarm relays (two points, or four points for option).
The SALD mV and Temperature Alarm Unit accepts a mV DC, thermocouple or RTD input signal, compares the input signal with an alarm setpoint, and outputs an alarm signal. One or two absolute alarm outputs can be provided on one input. Direct/reverse action can also be set to each of the alarm setpoints.
The Model SKYD Alarm Unit accepts input signals, and provides absolute or deviation alarm outputs. Absolute alarms are output after comparison of input signals from a single source with one or two setpoints, and deviation alarms are output after comparison of input signals from two sources with two setpoints.
The Model STED Converter accepts a mV DC, thermocouple, RTD or potentiometer signal, converts and normal- izes it, provides isolation, and outputs 1 to 5 V DC and 4 to 20 mA DC signals. Two types are prepared for the STED converter: fixed input type that is fixed to mV DC, thermocouple, RTD or potentiometer, and universal input type that can select input type from mV DC, thermocouple or RTD.
Instruction manual for VP cable and extension cable Model WU10, WF10 and WE10
| Yokogawa DTM FOUNDATION Fieldbus | |
|---|---|
| Description | Yokogawa DTM for third party frame application user, containing the device DTM's for Yokogawa’s FOUNDATION Fieldbus field devices. |
| Version | 2020-2 |
| Size | 127.7 MB |
| Last Update | April 22th, 2020 |
| Note: | |
|---|---|
| (1) | This DTM download package can be used for third party FDT 1.2 or FDT 2.0 compliant frame applications. For detail, refer to ReadMe.txt inside the package. |
| (2) | For the user who has no frame application, you need to get a FDT frame application such as FieldMate, PRM or PACTware. To purchase a FieldMate license, please contact your local Yokogawa representative. |
| (3) | For Yokogawa FieldMate user and PRM user, download Device Files corresponding to “FieldMate/PRM/Device Files User site” in Yokogawa Partner Portal. FieldMate/PRM/Device Files User site From the FieldMate/PRM/Device Files User site, you can get the latest Device Files set which contains the latest Yokogawa DTMs. |
- 2-Wire Transmitter/Analyzer FLXA202
- EJXC80A, EJAC80E (Differential Pressure Direct Mounted Seal)
- EJXC80A, EJAC80E (Differential / Gauge Pressure Diaphragm Seal)
- 2-Wire Transmitter/Analyzer FLXA21
- EJXC81A, EJAC81E (Absolute Pressure Diaphragm Seal)
- Multi Channel Oxygen Analyzer System ZR22/AV550G
- EJXC50A, EJAC50E (Gauge Pressure Direct Mounted Seal)
- EJA530E
- YTA610 Temperature Transmitter
- EJA510E
- YTA710 Temperature Transmitter
- EJXC40A (Digital Remote Sensor)
- FVX110
- Multi Channel 4-Wire Analyzer FLXA402
- EJX115A
- EJX930A
- digitalYEWFLO Vortex Flowmeter
- EJX910A
- 2-Wire 24VDC Inductive Transmitter / Analyzer ISC202
- ROTAMASS 3
- EJX610A
- YTA110/310/320 Temperature Transmitter
- EJA530A
- EJX430A
- EJX630A
- EJA210E
- EJX310A
- EJX530A
- EJX210A
- EJX130A
- EJX120A
- EJX510A
- EJA115E
- EJX440A
- EJA110A
- EJA440A
- AXFA14G/C
- EJA430A
- AXFA11 Magnetic Flow Converter
- EJX438A
- EJA310A
- EJA438E
- EJA115
- EJX118A
- EJA210A / EJA220A
- EJA110E
- EJA438
- EJX110A
- EJA130A
- EJA118
- EJA120A
- EJA310E
- ADMAG AXF
- EJA130E
- EJA120E
- EJA118E
- EJA440E
- 2-Wire 24VDC pH/ORP Transmitter / Analyzer PH202
- EJA430E
- ROTA<i>MASS</i> Total Insight
- 2-Wire 24VDC Transmitter / Analyzer DO202
- 2-Wire 24VDC Contacting Transmitter / Analyzer SC202
- Process Analyzers
- Field Instruments
| Yokogawa DTM ISA100 | |
|---|---|
| Description | Yokogawa DTM for third party frame application user, containing the device DTM's for Yokogawa's ISA100 field devices. |
| Version | 2021-1 |
| Size | 58.4 MB |
| Last Update | March 25th, 2021 |
| Note: | |
|---|---|
| (1) | This DTM download package can be used for third party FDT 1.2 or FDT 2.0 compliant frame applications. For detail, refer to ReadMe.txt inside the package. |
| (2) | For the user who has no frame application, you need to get a FDT frame application such as FieldMate, PRM or PACTware. To purchase a FieldMate license, please contact your local Yokogawa representative. |
| (3) | For Yokogawa FieldMate user and PRM user, download Device Files corresponding to “FieldMate/PRM/Device Files User site” in Yokogawa Partner Portal. FieldMate/PRM/Device Files User site From the FieldMate/PRM/Device Files User site, you can get the latest Device Files set which contains the latest Yokogawa DTMs. |
- Wireless Noise Surveillance System
- EJX110B Wireless Differential Pressure Transmitter
- EJX510B Wireless In-Line Mount Absolute Pressure Transmitter
- EJX438B Wireless Gauge Pressure Transmitter with Remote Diaphragm Seals
- EJX430B Wireless Gauge Pressure Transmitter
- EJX310B Wireless Absolute Pressure Transmitter
- YTMX580 Multi-Input Temperature Transmitter
- EJX210B Wireless Flange Mounted Differential Pressure Transmitter
- YTA510 Wireless Temperature Transmitter
- EJX118B Wireless Differential Pressure Transmitter with Remote Diaphragm Seals
- EJX530B Wireless In-Line Mount Gauge Pressure Transmitter
- Field Instruments
SMARTDAC+
This General Specifications (GS) describes features of a field wireless system, system configuration a field wireless network, system configuration devices, and connection with the host system.
- YTA510 Wireless Temperature Transmitter
- YFGW610 Field Wireless Media Converter
- FN120 Field Wireless Communication Module
- YFGW410 Field Wireless Management Station
- YFGW520 Field Wireless Access Point
- YTMX580 Multi-Input Temperature Transmitter
- FN310 Field Wireless Multi-Protocol Module
- YFGW510 Field Wireless Access Point
- FN110-R1 Field Wireless Gateway
- FN510 Field Wireless Multi-Function Module
- Field Wireless
- Wireless Differential Pressure/Pressure Transmitters
- Wireless Temperature Transmitters
- Wireless Adapter
- Wireless Infrastructure
The SF630-MCW FA-M3 Programming Tool WideField3 for the FA-M3 sequence CPU modules allows a user to create and debug programs, as well as manage applications. With even better support for program reuse and the new script language, it dramatically increases programming efficiency.
This table lists the modules for the FA-M3 range-free controller that are approved for the UL standard and comply with the CE marking, C-Tick mark and KC mark codes below.
- Pure Water (Low) Conductivity sensors SC4A(J)/SC42
- High Conductivity Sensors ISC40/SC42
- Contacting Conductivity Sensors SC42/SC4A(J)
- Digital SMART SENCOM™ Adapter, SA11
- High Pressure/ High Temperature Conductivity Sensor SC42/SX42
- Multi Channel 4-Wire Analyzer FLXA402
- 2-Wire Transmitter/Analyzer FLXA21
- 2-Wire Transmitter/Analyzer FLXA202
The NR800 Fourier Transform Near-Infrared Analyzers offers high-resolution, high S/N (signal-to-noise) ratio, and wide wavelength scanning range measurement with its newly developed interferometer and detector. The NR800 also offers high stability, vibration resistance, and durability, inheriting features from NR500 earlier successful models.
Display Language Support List for Recorders
- Digital SMART SENCOM™ Sensor Interface Box, IB100
- UM33A-S SENCOM HMI Type
- Digital SMART SENCOM™ Adapter, SA11
- 2-Wire SENCOM™ SMART Sensor Platform
- SENCOM™ Active Junction Box, BA11
- Single Parameter SENCOM™ SMART Sensor Platform
- Multi Channel 4-Wire Analyzer FLXA402
- High Pressure/ High Temperature Conductivity Sensor SC42/SX42
- Contacting Conductivity Sensors SC42/SC4A(J)
- 4-Wire SENCOM™ SMART Sensor Platform
- 2-Wire Transmitter/Analyzer FLXA202
- SENCOM™ SMART Digital Sensors
The FX1000 is a Paperless Recorder that displays real-time measured data on a color LCD and saves data on a CompactFlash memory card (CF card). It can be hooked up to network via Ethernet, which enables to inform by Email and to monitor on Web site as well as to transfer files by using FTP. Also, it can communicate with Modbus/RTU or Modbus/TCP.
DAQManager is a software program that enables you to manage measured data from Daqstation and MVAdvanced paperless recorders on a PC. Data loaded onto DAQManager can be quickly and easily searched by date/time, tag name, batch name, and other criteria. Channels recorded on different instruments and at different intervals can be displayed in the same trend graph or digital display.
DAQWORX was created as a no-programming software package that forms the basis for a data acquisition system when combined with a variety of instruments including recorders, data acquisition instruments, and other types of measuring instruments. In terms of adding functionality, DAQWORX is designed as what we call data acquisition integrated software, allowing customers to connect high added value software to their existing data acquisition systems to easily expand the range of supported applications.
The DX1000N is a inner chassis removable model. This provides access to all of the internal components of the DX1000N from the front panel. It can be hooked up to network via Ethernet, which enables to inform by E-mail and to monitor on Web site as well as to transfer files by using FTP. Also, it can communicate with Modbus/RTU or Modbus/TCP.
The DX1000 is a DAQSTATION that displays real-time measured data on a color LCD and saves data on a CompactFlash memory card (CF card). It can be hooked up to network via Ethernet, which enables to inform by E-mail and to monitor on Web site as well as to transfer files by using FTP. Also, it can communicate with Modbus/RTU or Modbus/TCP.
SMARTDAC+
SMARTDAC+
SMARTDAC+, GX10, GX20, GP10, GP20, GM
UTAdvanced
Thank you for purchasing our inductive conductivity measurement system. This manual describes the method of installing for the SC4AJ.
End User License Agreement: CellVoyager
This General Specification(GS) describes the hardware specifications for Field Wireless Management Station and specifications of attached software. This product is based on wireless communications standard ISA100.11a for industrial automation of International Society of Automation (ISA).
Diaphragm seal is used to prevent process medium from entering directly into the pressure-sensing assembly of the pressure transmitter. It is connected to the transmitter using capillary filled with fill fluid. Models EJA438W and EJA438N Diaphragm Sealed Gauge Pressure Transmitters can be used to measure liquid, gas or steam pressure.
Diaphragm seals are used to prevent process medium form entering directly into the pressure-sensing assembly of the differential pressure transmitter, they are connected to the transmitter using capillaries filled with fill fluid. Model EJA118W, EJA118N and EJA118Y Diaphragm Sealed Differential Pressure Transmitters can be used to measure liquid, gas, or steam flow, as well as liquid level, density, and pressure.
User's Manual - EJA118W, EJA118N, and EJA118Y
The model EJA115 Low Flow Transmitter is a flow meter comprised of a differential pressure transmitter with an integral orifice and excellent for very low flow measurement. It outputs a 4 to 20 mA DC signal corresponding to the measured flow. The orifice is available in six types with a bore ranging from 0.508 mm to 6.350 mm.
The absolute and gauge pressure transmitter model EJA510A and EJA530A can be used to measure liquid, gas, or steam pressure. Both output a 4 to 20 mA DC signal corresponding to the measured pressure, and also feature remote setup and monitoring through communications with the BRAIN™ terminal and CENTUM CS™ or μXL™ or HART® 275 host.
The high performance gauge pressure transmitter model EJA440A can be used to measure liquid, gas, or steam pressure. It outputs a 4 to 20 mA DC signal corresponding to the measured gauge pressure. Model EJA440A also features remote setup and monitoring through communications with the BRAIN™ terminal and CENTUM CS™ or μXL™ or HART® 275 host.
The high performance gauge pressure transmitter model EJA430A can be used to measure liquid, gas, or steam pressure. It outputs a 4 to 20 mA DC signal corresponding to the measured gauge pressure. Model EJA430A also features remote setup and monitoring through communications with the BRAIN™ terminal and CENTUM CS™ or μXL™ or HART® 275 host.
The high performance gauge pressure transmitter model EJA310A can be used to measure liquid, gas, or steam pressure. It outputs a 4 to 20 mA DC signal corresponding to the measured absolute pressure. Model EJA310A also features remote setup and monitoring through communications with the BRAIN™ terminal and CENTUM-CS™ or XL™ or HART® 275 host.
The high performance flange mounted differential pressure transmitter models EJA210A and 220A can be used to measure levels of densities of solidifying or precipitating liquids. Both output a 4 to 20 mA DC signal corresponding to the measured differential pressure. Models EJA210A and 220A also feature remote setup and monitoring through communications with the BRAIN™ terminal and CENTUM CS™ or XL™ or HART® 275 host.
The high performance differential pressure transmitter model EJA130A can be used to measure liquid, gas, or steam flow as well as liquid level, density and pressure. It outputs a 4 to 20 mA DC signal corresponding to the measured differential pressure. Model EJA130A also features remote setup and monitoring through communications with the BRAIN™ terminal and CENTUM CS™ or XL™ or HART® 275 host.
The high performance differential pressure transmitter model EJA110A can be used to measure liquid, gas, or steam flow as well as liquid level, density and pressure. It outputs a 4 to 20 mA DC signal corresponding to the measured differential pressure. Model EJA110A also features remote setup and monitoring through communications with the BRAIN™ terminal and CENTUM CS™ or XL™ or HART® 275 host.
The Model PK200 Current-to-Pneumatic Converter is used mostly to actuate diaphragm operated valves, air cylinder operated valves, power cylinders or other terminal elements. Beside these, it is used as a simple signal converter in hybrid instrumentation comprising electronic and pneumatic instruments.
SMARTDAC+
FA-M3 base modules serve as the base for accommodating various modules. FA-M3 base modules are available in 4-, 5-, 6-, 9-, 13- and 16-slot versions. Choose an appropriate base module according to the target system requirements. There are no differences between main units and sub-units.
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
| Product | DD file name |
|---|---|
| Oxygen Analyzer ZR802 | 0101.fm8, 0101.im8, 0101.sym, shapes.txt |
JUXTA M Series
JUXTA M Series
JUXTA M Series
JUXTA M Series
JUXTA M Series
JUXTA VJ Series
JUXTA VJ Series
JUXTA VJ Series
JUXTA VJ Series
JUXTA, Powercert
The VJG1 is a compact, plug-in PT converter that receives AC voltage signal from a potential transformer (PT) and converts it into isolated DC voltage or DC current signals.
The VJD1 is a compact, plug-in tachometer converter that receives single-phase, AC voltage signal from an electric tachometer and converts it into isolated DC voltage or DC current signals.
The VJB3 is a compact, plug-in converter that receives AC voltage or AC current signal and converts it into DC voltage or DC current signals of various ranges.
The VJB1 is a compact, plug-in CT converter that converts AC current signal from a current transformer (CT) into isolated DC voltage or DC current signals.
This panel-mounted power and energy meter with a large, three-row LED display integrates all the measuring functions required for power management in locations such as factories and buildings into a single unit. With the objective of working toward the preservation of the global environment by saving energy and performing equipment maintenance, the PR300 is designed to display and output the energy of various types of electrical equipment.
JUXTA, Powercert
JUXTA, Powercert
JUXTA, Powercert
JUXTA、Powercert
The GX20W is a paperless recorder equipped with a gateway function for the ISA100 field wireless network. It can (1) display in real time on its touch screen measurement data from compatible field wireless devices, such as the YTMX580 Multi-input Temperature Transmitter, and I/O modules installed in the GX20W and (2) save the data in an SD card.
SMARTDAC+
SMARTDAC+
SMARTDAC+
Thank you for purchasing the YS1000 series single-loop controller (hereinafter referred to as "YS1000"). This manual describes how to use YS1500 and YS1700 functions other than YS1500's communication function and YS1700's programmable and communication functions. Please read through this user's manual carefully before using the product.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| YT-3300(Smart Positioner) | 0009 | 01/01 |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Rosemount 5900S | 5900 | 03/01 |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Rosemount 2240S | 2240 | 03/01 |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| VEGADIF 85 | 0BF6 | 03/02 |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
Thank you for purchasing the YSS1000 Setting Software (hereinafter referred to as "YSS1000"). This manual describes the operating environment, installation/ uninstallation. Please read though this user's manual carefully before using the product.
YS1000 Series
Thank you for purchasing the YS1000 series single-loop controller (hereinafter referred to as "YS1000"). This manual describes how to use YS1350 and YS1360 functions other than communication function. Please read through this user's manual carefully before using the product.
Thank you for purchasing the YS1000 series single-loop controller (hereinafter referred to as "YS1000"). This manual describes the basic functions and operation methods of the YS1350/YS1360. Please read though this user's manual carefully before using the product.
Thank you for purchasing the YS1000 series single-loop controller (hereinafter referred to as "YS1000"). This manual describes how to use YS1310 functions other than communication function. Please read through this user's manual carefully before using the product.
Thank you for purchasing the YS1000 series single-loop controller (hereinafter referred to as "YS1000"). This manual describes the basic functions and operation methods of the YS1310. Please read though this user's manual carefully before using the product.
JUXTA M Series
JUXTA M Series
JUXTA M Series
JUXTA M Series
JUXTA M Series
SMARTDAC+, GX10, GX20, GP10, GP20, GM
UTAdvanced
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
The YTA70 is a head mount type of temperature transmitter that accepts thermocouple, RTD, ohms or DC milivolts input and converts it to a 4 to 20 mA DC signal for transmission. The YTA70 conforms to the standard DIN form B head mounting. The YTA70 supports HART® communication protocol.
The AXFA14 magnetic flow meter remote converter is a sophisticated product with outstanding reliability and ease of operation, developed on the basis of decades of field-proven experience. The AXFA14 employs an LCD indicator, infra-red switches, and "Easy Setup" parameters to ensure substantially improved ease of maintenance.
This manual describes how to use the FN310 Field Wireless Multi-Protocol Module (hereafter simply referred to as FN310).
FN310 was precisely calibrated at the factory before shipment. To ensure both safety and efficiency, please read this manual carefully before you operate this product.
FN310 works by utilizing the FN110 Field Wireless Communication Module (hereafter simply referred to as FN110). Please attach FN110 before use.
Please use this manual change for the IM 01W03D02-01EN (1st).
This manual describes how to use the FN310 Field Wireless Multi-Protocol Module (hereafter simply referred to as FN310).
FN310 was precisely calibrated at the factory before shipment. To ensure both safety and efficiency, please read this manual carefully before you operate this product.
FN310 works by utilizing the FN110 Field Wireless Communication Module (hereafter simply referred to as FN110). Please attach FN110 before use.
This manual describes how to use the FN110 Field Wireless Communication Module (hereafter simply referred to as FN110). FN110 enables various sensors with digital communication interface to be operated in field wireless network by converting input/ output of sensor to wireless transmission based on the wireless communication standard ISA100.11a.
This General Specification describes the hardware specification for Field Wireless Media Converter. Combining this with Field Wireless Management Station (YFGW410) and Field Wireless Access Point (YFGW510) composes the field wireless system. For outline of a field wireless system, and details of each product, see related products General Specifications.
This General Specification(GS) describes the hardware specifications for Field Wireless Management Station and specifications of built-in software. This product is based on wireless communications standard ISA100.11a for industrial automation of International Society of Automation (ISA).
The model YTMX580 Multi-Input Temperature Transmitter can accept inputs from up to 8 points of measurement such as thermocouples (8 types: K, E, J, etc.) or RTD signals (3 types: Pt100, etc.), converting the corresponding measurement input values to a wireless signal. It can also accept DC voltage, resistance, and 4–20 mADC signal input.
The YTA510 is the high performance temperature transmitter that accepts Thermocouple, RTD, ohms or DC millivolt inputs. The dual input type independently measures and calculates process values for Sensor 1 and Sensor 2. YTA510 transmit not only process variables but also the setting parameters using wireless signal.
The high performance flange mounted differential pressure transmitter EJX210B features single crystal silicon resonant sensor and is suitable to measure levels of densities of solidifying or precipitating liquids. EJX210B transmits not only process variables but also the setting parameters using wireless signal.
Diaphragm seals are used to prevent process medium from entering directly into the pressure-sensing assembly of the differential pressure and pressure transmitters, they are connected to the transmitter using capillaries filled with fill fluid. EJX118B Diaphragm Sealed Differential Pressure and EJX438B Diaphragm Sealed Gauge Pressure Transmitters can be used to measure liquid, gas, or steam flow, as well as liquid level, density and pressure.
The high performance absolute and gauge pressure transmitters EJX510B and EJX530B feature single crystal silicon resonant sensor and are suitable to measure liquid, gas, or steam pressure. EJX510B and EJX530B transmit not only process variables but also the setting parameters using wireless signal.
The high performance differential pressure and pressure transmitters EJX110B, EJX310B, and EJX430B feature single crystal silicon resonant sensor and are suitable to measure liquid, gas, or steam flow as well as liquid level, density, and pressure. These transmitters transmit not only process variables but also the setting parameters using wireless signal. The transmitters run on internal batteries, and the installation cost can be decreased since hard-wiring is not required.
FOUNDATION Fieldbus is the digital communication line for the field instruments, whose signal is internationally standardized by Fieldbus Foundation. The Fieldbus bi-directional digital communication performance makes possible for the field instruments and the control devices to be a complete on-line system, superseding the existing analog transmission lines.
Base on field proven technology;digitalYewflo provides high accuracy and stability, even in harsh process conditions. Combined with high reliability and robust design, it delivers improvements in plant efficiantcy and reduced operating cost.
Thank you for purchasing the YS110 Standby Manual Station (hereinafter referred to as "YS110"). This manual describes the basic functions and operation methods of the YS110. Please read though this user's manual carefully before using the product.
The OX400 is a highly accurate and reliable low-concentration zirconia oxygen analyzer that is capable of measuring a wide range of concentrations, from 0-10 ppm up to 0-100 vol% O2. This is the latest oxygen analyzer from Yokogawa, and its development was based on the company's long experience and strong track record with this technology.
The IR400 infrared gas analyzer is capable of measuring the concentrations of NO, SO2, CO2, CO, CH4 and O2 components in sample gas. NO, SO2, CO2, CO and CH4 are measured by non-dispersive infrared method (NDIR), while O2 is measured by built-in paramagnetic sensor or external zirconia sensor.
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
UTAdvanced
Thank you for purchasing the UT75A Digital Indicating Controller. This operation guide describes the basic operations related to the single-loop control function of the UT75A. The guide should be provided to the end user of this product. Be sure to read this operation guide before using the product in order to ensure correct operation. UTAdvanced
UTAdvanced
The MH7D is a dual-output, plug-in type isolator that receives 1 to 5 V DC voltage or 4 to 20 mA DC current signals to convert them into isolated 1 to 5 V DC voltage or 4 to 20 mA DC current signals.
The MH7 is a plug-in type isolator that receives 1 to 5 V DC voltage or 4 to 20 mA DC current signals to convert them into isolated 1 to 5 V DC voltage or 4 to 20 mA DC current signals.
The MH1D is a dual-output, plug-in type isolator that receives DC current or DC voltage signals to convert them into isolated DC current or DC voltage signals.
The MH1 is a plug-in type isolator that receives DC current or DC voltage signals to convert them into isolated DC current or DC voltage signals.
The MA7D is a insulated dual-output, plug-in type dis- tributor that is used in combination with a two-wire type transmitter to convert the transmitter's 4 to 20 mA DC signals into isolated 4 to 20 mA DC current or 1 to 5 V DC voltage signals.
The MA7 is a plug-in type distributor that is used in combination with a two-wire type transmitter to convert the transmitter's 4 to 20 mA DC signals into isolated 4 to 20 mA DC current or 1 to 5 V DC voltage signals.
The MA1 is a plug-in type distributor that is used in combination with a two-wire type transmitter to convert the transmitter's 4 to 20 mA DC signals into isolated DC current or DC voltage signals. Supports BARD-800. Provided with Power indicator lamp.
If a YS1360, YS136, YS1500, YS150, YS1700, or YS170 instruments fails, the YS110 Standby Manual Station can be used to output a 4 to 20 mA signal to the control valve actuator instead of the instruments. This standby manual station can be connected to YS1360, YS136, YS1500, YS150, YS1700, or YS170 instruments by swinging up the front display, then the instrument can be exchanged (the output is back up by the YS110).
SMARTDAC+
ZR Series Quick Tip: Oxygen concentration measurements are highly dependent on the instrumentation. While this can be a concern to end-users, the differences are readily explained. The objective of this Technical Note is to explain the causes of these differences and how the various measurement methods can affect the reported oxygen concentration.
As data sharing between information systems increases, the requirement to efficiently access and use plant information to meet business needs in a timely manner also increases. Within the process industry, the control room contains valuable information that has previously been inaccessible.
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM, SMART 920, GX70SM, SMART920
SMARTDAC+
SMARTDAC+
SMARTDAC+
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM, GA10, GX70SM, SMART 920, SMART920
SMARTDAC+
SMARTDAC+
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
Thank you for purchasing the SMARTDAC+ Series GX10/GX20/GP10/GP20 (hereafter referred to as the GX or GP). This manual explains how to use the Advanced Security Function (/AS option) of the GX/ GP. Although the display of GX20 is used in this manual, GX10/GP10/GP20 can be operated similarly. To ensure correct use, please read this manual thoroughly before beginning operation.
SMARTDAC+
SMARTDAC+
This plug-in type universal computing unit receives DC current or DC voltage signals, applies various computing functions to them, and then converts them into isolated DC current or DC voltage signals. Output-2 can be selected from DC voltage signal, DC current signal, communication function (RS-485), or contact output (2 relay contacts).
The VJUK is a plug-in type alarm setting device that receives voltage/current, thermocouple/RTD, or mV signal as an input signal. Various parameters can be changed from a PC (VJ77) or handy terminal (JHT200).
This plug-in type universal temperature converter converts input signal (thermocouple, RTD or mV signal) into isolated DC voltage signal or DC current signal. Universal input enables selection of input type (thermocouple, RTD, mV signal) and of measuring ranges within specifications.
The VJT6 is a compact, plug-in type thermocouple converter that is connected to an IEC/JIS-standard thermocouple (TC), such as a Type K, T, E, J, R, S, B or N thermocouples to convert temperature signals into isolated DC current or DC voltage signals.
The VJS7 is a compact, plug-in potentiometer converter that is used in combination with an instrument to transmit information for displacement of valve, etc. by resistance change of potentiometer. It converts the resistance changes into isolated DC current or DC voltage signals.
The VJR6 is a compact, plug-in type RTD converter that is connected to an IEC/JIS-standard resistance temperature detector (RTD) to convert temperature signals into isolated DC current or DC voltage signals.
The VJHR is a compact, plug-in type isolator that converts DC current or DC voltage signals into isolated and inverted DC current or DC voltage signals.
This plug-in type isolator converts DC current or DC voltage signal into isolated DC current or DC voltage signal. DC voltage signal, communication output (RS485), or alarm output (2 relay contacts) is selectable as output-2.
The VJH1 is a compact, plug-in type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals.
This plug-in type distributor is used in combination with 2-wire type transmitter and converts 4 to 20 mA DC signal into isolated DC current or DC voltage signal. DC voltage signal, DC current signal, communication output (RS485), or alarm output (2 relay contacts) is selectable as output-2.
The VJA5 is a compact, plug-in type distributor that is used in combination with a two-wire type transmitter to calculate the square root of 4 to 20 mA DC input signals from the transmitter and then convert them into isolated DC current or DC voltage signals. Supports BARD-800.
The VJA1 is a compact, plug-in type distributor that is used in combination with a two-wire type transmitter to convert the transmitter's 4 to 20 mA DC signals into isolated DC current or DC voltage signals. Supports BARD-800.
- YS1350/YS1360
- Value Series FX1000
- 【Support Information】New Legislative Framework (NLF) Conforming Products
- UM33A
- YS1700
- UT130
- UP55A
- Advanced Application UT75A
- UT150
- UD310
- YS1500
- UP35A/UP32A
- Removable Chassis DX1000N
- TC10
- UP150
- YS1310
- PC-Based MX100
- Standalone MW100
- YTMX580 Multi-Input Temperature Transmitter
- µR10000 & µR20000
- YSS1000
- Mid-level UT55A/UT52A
- LL50A
- CTW
- UT35A/UT32A
- DX1000T/DX2000T
- Button Operated DX1000/DX2000
- Touch Screen GP10/GP20
- Touch Screen Paperless Recorder GX10/GX20
- Modular GM10
- Controllers & Indicators
- Signal Conditioners
This plug-in type distributor is used in combination with 2-wire type transmitters and converts 4 to 20 mA DC signals into DC current or DC voltage signals. The input/output signal is non-isolated. One-channel or two-channel type can be selected.
To maintain reliable flow measurement, the flow-meters must have the performance capability to cope with various disturbances.
SMARTDAC+
Precise measurement of liquid level can be expected with EJAC60E,YOKOGAWA’s Fluidless-type Sanitary Pressure Transmitter, that performs reliably and accurately from minimum 20 kPa on small open tanks.
SENCOM
The digitalYEWFLO vortex flowmeter multi-variable (MV) type is suitable for the air supply measurement for reactors.
Wireless Multi-Input Temperature Transmitter YTMX580, a component of Field Wireless, contributes to OPEX by reliable communication and eliminating wire maintenance.
SMARTDAC+
FLEXA Series
- Conductivity Sensor SC210G
- Inductive (Torodial, Electrodeless) Conductivity Sensor ISC40
- Conductivity Sensor SC8SG
- Conductivity Sensor SC4AJ
- Contacting Conductivity Sensors SC42/SC4A(J)
- High Conductivity Sensors ISC40/SC42
- High Pressure/ High Temperature Conductivity Sensor SC42/SX42
- Four-Wire Conductivity Analyzer
- Conductivity Sensors
- Conductivity Analyzers
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Logix 3800 (Positioner) | 0301 | 01/04 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| SIPART PS2 FF (Valve Positioner) | 0015 | 04/01 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
The MU5D is a plug-in type universal temperature converter that converts input signal (thermocouple, RTD or mV signal) into isolated DC current or DC voltage signals. Selection of input type (thermocouple, RTD or mV signal), I/O range setting, burnout setting, output adjustment, I/O monitoring, and loop back test can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The F3GB01-0N is for connecting measuring instruments incorporating a GP-IB interface to each other. It has one GP-IB interface port. It supports master and slave modes, each of which provides separate interface capability. It can send interface messages in master mode.
Multi Variable type of Vortex Flowmeter can measure fluid temperature in real time by temperature sensor inside shedder bar and catch up with the temperature fluctuation for high accurate output.
This plug-in type RS232C/RS485 converter has two ports of RS232C and RS485. Between these two ports, it performs isolation of communication signal, level conversion, and active control of driver. This instrument is mainly used for connection to personal computer equipped with RS232C and RS485.
This instrument converts AC current signals from CT output, etc., to current or voltage signals. AC/DC conversion is made by mean value.
This signal conditioner converts nonlinear signals generated by analyzers and noise meters, etc., to linear current or voltage signals. Incorporation of one-chip microcomputer provides high efficiency and superior performance. Use of Handy Terminal allows easy on-site zero and span adjustment, and I/O monitoring.
Model WH1R Analog/Potentiometer Transmitter inputs DC current or voltage signal and converts it into isolated resistance signal.
This instrument converts AC current signals from CT output, etc., to current or voltage signals. AC/DC conversion is made by mean value.
The JR11 is a plug-in type RTD converter that is con- nected to an IEC/JIS-standard resistance temperature detector (RTD) to convert temperature signals into iso- lated DC current or DC voltage signals. Selection of RTD type, input range setting, burnout setting, I/O adjustment, and I/O monitoring can be made through a PC (VJ77) or Handy Terminal (JHT200).
Model MR6W RTD transmitter, plug-in type, receives JIS RTD (Pt100, JPt100. Pt50) signal and converts it into two isolated DC output signals. Output-1 can be selected 1∼5V DC or 4∼20eA DC through change-over switch at the back of the unit. Furnished with burnout UP/DOWN selecting switch.
Model MHKW Alarm Trip receives 1∼5V DC or 4∼20mA DC signal and after comparing with internally set value, it outputs alarm contact. The following functions are provided:
Setting dial and lamp to confirm relay operation.
Function to prevent relay chattering when power OFF.
Selection of input signal. Selection of high and low limits alarm operation.
The μR1800 is a compact recorder with a recording width of 180mm. The model family consists of 1, 2, 3, 4 pen and 6, 12, 18, 24 dot model. Pen models realize continuous recording for each channel, whereas the dot-printing model realizes a high recording speed of 6dot / 10sec., 12dot / 15sec., 18dot / 20sec., 24dot / 30sec.
JUXTA
The JR12 is a plug-in type RTD converter that is connected to an IEC/JIS-standard resistance temperature detector (RTD) to convert temperature signals into isolated DC current or DC voltage signals. Selection of RTD type, input range setting, burnout setting, I/O adjustment, and I/O monitoring can be made through a PC (VJ77) or Handy Terminal (JHT200).
This signal conditioner functions as a resistance bulb sensor to output current or voltage signals. Non-isolated type.
Model MM2W mV Transmitter, dual outputs plug-in type, receives mV voltage signal and converts it into two isolated DC signals. Output-1 can be selected 1∼5V DC or 4∼20mA DC through change-over switch at the back of the unit. Equipped with burnout UP/DOWN selective switch.
JUXTA
The JM12 is a plug-in type isolator that converts mV DC voltage signals into isolated DC current or DC voltage signals. Input setting, burnout setting, I/O adjustment, I/O monitoring, and segmental point setting (for custom order only) can be made through a PC (VJ77) or Handy Terminal (JHT200).
JUXTA
The JS12 is a plug-in type potentiometer converter that is used in combination with an instrument to transmit information for displacement of valve, etc. by resistance change of potentiometer. It converts the resistance changes into isolated DC current or DC voltage signals.
Model MA1W Distributor, dual outputs plug-in type for 2-wire transmitter has compatible functions of distributor and signal transmitter. Output-1 can be selected 1∼5V DC or 4∼20mA DC through change-over switch at.the back of the unit. Equipped with transmitting power supply/stop switch selectable by one touch.
JUXTA
The JT11 is a plug-in type thermocouple converter that is connected to an IEC/JIS-standard thermocouple, converts the temperature signals into isolated DC current or DC voltage signals. Selection of thermocouple type, input setting, burnout setting, I/O adjustment, and I/O monitoring can be made through a PC (VJ77) or Handy Terminal (JHT200).
This plug-in type power factor transducer receives voltage.current signal from 3 phase power line and outputs 4∼20mA DC or 1∼5V DC signal after making computation of power factor. Can measure by either balanced circuit/unbalanced circuit. Compact type, high reliability, and versatile functions by use of ASIC (PMC). Power factor control is made separately by working process of factory and building equipment, etc.
The JS11 is a plug-in type potentiometer converter that is used in combination with an instrument to transmit information for displacement of valve, etc. by resistance change of potentiometer. It converts the resistance changes into isolated DC current or DC voltage signals.
JUXTA
Model MMKW mV Alarm Trip, plug-in installation type, receives mV signal from transmitter and after comparing it with an internally set signal, outputs independent 2 alarm relay contacts.
This plug-in type power factor transducer receives voltage or current signal from 3 phase power line and outputs 4∼20mA DC or 1∼5V DC signal after making computation of reactive electric power. Compact type, high reliability, and versatile functions by use of ASIC (PMC). Reactive power control is made separately by working process of factory and building equipment.
This plug-in type power transducer receives voltage or current signal from power line and outputs 4∼20mA DC or 1∼5V DC signal after making calculation of electric power. Compact type, high reliability by use of ASIC (PMC).
The JA12 is a plug-in type distributor that is used in combination with a two-wire type transmitter to convert the transmitter's 4 to 20 mA DC signals into isolated DC current or DC voltage signals. Selection of square root extractor, I/O adjustment, I/O monitoring, and segmental point setting (for custom order only) can be made through a PC (VJ77) or Handy Terminal (JHT200).
JUXTA
The JH11 is a plug-in type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. Selection of square root extractor, input setting, I/O adjustment, I/O monitoring, and segmental point setting (for custom order only) can be made through a PC (VJ77) or Handy Terminal (JHT200).
| JUXTA |
This plug-in type frequency transducer receives voltage signal from power line and outputs 4∼20mA DC or 1∼5V DC signal proportional to frequency. Feature Compact type, high reliability by use of ASIC (PMC). Input range can be set through Handy Terminal. Frequency control for factory and building equipment, etc.
The JA11 is a plug-in type distributor that is used in combination with a two-wire type transmitter to convert the transmitter's 4 to 20 mA DC signals into isolated DC current or DC voltage signals. Selection of square root extractor, I/O adjustment, I/O monitoring, and segmental point setting (for custom order only) can be made through a PC (VJ77) or Handy Terminal (JHT200).
JUXTA
JUXTA, Powercert
This signal conditioner converts the resistance change of potentiometer fitted in motor operated valve or air duct damper, etc., to current or voltage signals. Non-isolated type.
Model MT6W TO transmitter, plug-in type, converts JIS thermocouples (Type K,T,J,E,B,R,S,N) into two isolated DC output signals. Output-1 can be selected 1∼5V DC or 4∼20mA DC through change-over switch at the back of the unit. Furnished with burnout UP/DOWN selecting switch.
This signal conditioner functions as a dew-point sensor to convert dew point temperature into current or voltage signals. Incorporation of one-chip microcomputer provides high efficiency and superior performance. Use of Handy Terminal allows easy onsite zero and span adjustment, burnout selection, and I/O monitoring.
Model MA6W Distributor, dual outputs plug-in type for 2-wire transmitter has compatible functions of distributor and signal transmitter. Output-1 can be selected 1∼5V DC or 4∼20mA DC through change-over switch at.the back of the unit. Equipped with transmitting power supply/stop switch selectable by one touch.
Model MS2W Potentiometer Transmitter (2-output), plug-in type, receives signal of resistance change of potentiometer and converts it into two isolated DC signals. Output-1 can be selected 1∼5V DC or 4∼20mA DC through change-over switch at the back of the unit.
The JM11 is a plug-in type isolator that converts mV DC voltage signals into isolated DC current or DC voltage signals. Input setting, burnout setting, I/O adjustment, I/O monitoring, and segmental point setting (for custom order only) can be made through a PC (VJ77) or Handy Terminal (JHT200).
JUXTA
Model MEIN Isolator, plug-in type, receives 1∼5V or 4∼20sA DC signal and converts it into two isolated DC signals. Output-1 can be selected 1∼5V DC or 4∼20mA DC through change-over switch at the back of the unit.
The hygienic pressure transmitter EJAC60E is designed specifically for the needs of the food and pharmaceutical industry, and it eliminate production loss due to leakage of pressure sensor sealing liquid.
This signal conditioner functions as a resistance bulb sensor to output current or voltage signals. Non-isolated type.
The JH12 is a plug-in type isolator that converts DC cur- rent or DC voltage signals into isolated DC current or DC voltage signals. Selection of square root extractor, input setting, I/O adjustment, I/O monitoring, and segmental point setting (for custom order only) can be made through a PC (VJ77) or Handy Terminal (JHT200).
| JUXTA |
The JT12 is a plug-in type thermocouple converter that is connected to an IEC/JIS-standard thermocouple, converts the temperature signals into isolated DC current or DC voltage signals. Selection of thermocouple type, input setting, burnout setting, I/O adjustment, and I/O monitoring can be made through a PC (VJ77) or Handy Terminal (JHT200).
JUXTA
JUXTA, Powercert
The WHFA/WHFV is a compact, front terminal connection type isorator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. Max 63% response, 1 ms super high speed conversion.
The YS136 Auto/Manual Station provides the output signals to controllers by manual operation. The following are available in YS136:
- The operation mode switchers (Cascade:C / Manual:M)
- The operation mode switch function by status input
- The operation mode status output
SMARTDAC+, GX, GP, GM, GX10, GX20, GP10, GP20, GM10, UTAdvanced, TI 04L51B01-05EN
This programming package is required for the configuration of YS100 Single-Loop Controllers and the setting and creation of user programs for YS170 controllers on a personal computer. You can download, upload, and print the mode settings, register values, and user program easily via the Windows operating environment.
The YS170 Single Loop Programmable Controller is an intelligent controller with user-selectable (preset)single-loop, cascade, auto-selector and user-programmable modes. It comes in a compact IEC-size case.
The YS131 indicator with alarm has 2 point inputs and dual loop display. For both inputs, high/low limit and high-high/low-low limit alarms are available. Total six output contacts are available after taking AND or OR logic of any alarms.
This Communication Interface User's Manual describes the functions and commands of the optional GP-IB, RS-232-C, RS-422-A/RS-485, and Ethernet interfaces. Read this manual carefully before using these interface functions, and be sure to keep this manual on hand for future reference should any problems arise.
This User's Manual contains useful information regarding the instrument's functions and operating procedures, as well as precautions that should be observed during use. To ensure proper use of the instrument, please read this manual thoroughly before operating the instrument.
This user's manual provides information necessary for using Ethernet communication functions and creating communication programs. The UT351 and UT551 controllers with embedded Ethernet have the D registers storing parameter data and the like. The UT351 and UT551 controllers with embedded Ethernet can communicate with a host device via the D registers.
Powercert
Thank you for purchasing the UP750 program controller.
This manual describes installation, wiring, and other tasks required to make the indicator ready for operation. Thank you for purchasing the UM351/UM331 digital indicator with alarms. The indicator is shipped from the factory with 4 hardcopy user's manuals (A2 and A3 size). The 3 user's manuals in hardcopy format describe the operating procedures required for basic use.
Thank you for purchasing the UP750 program controller. The controller is shipped from the factory with 7 hardcopy user's manuals (A2 size) and 1 user's manual on CD-ROM. The 7 user's manuals in hardcopy format describe the operating procedures required for basic use (factory-set to single-loop control mode).
μRS1800 recorders are compact recorder with 180mm recording width, available as standard in 1, 2, 3, 4-pen, and 6, 12, 18, 24-point dot-printing models. These recorders are supplied with inputs permanently configured as specified by range codes at time of order. Available input types are DC voltage, thermocouple, and RTD.
SMARTDAC+
The UT350L is an FM approved limit controller that can be configured either as a high limit or as a low limit controller by a user. The UT350L features universal input, two alarm outputs, retransmission output, a timer to count the total time the setpoint is exceeded, and a register to retain the maximum temperature reached.
Thank you for purchasing the UP750 program controller.
Thank you for purchasing the UP750 program controller.
Thank you for purchasing the UP750 program controller.
Thank you for purchasing the UP750 program controller.
- UM350 Digital Indicator with Alarms
- LL100
- LL200
- UM351 Digital Indicator with Alarms
- UP550
- UP750
- UT750
- UT351 Digital Indicating Controller
- UP351 Program Controller
- UT551 Digital Indicating Controller
- UT450 Digital Indicating Controller
- UT350 Digital Indicating Controller
- UP350 Program Controller
- UT550 Digital Indicating Controller
This user's manual provides information about internal registers, which is required to implement communication with the GREEN Series of controllers.
- UM351 Digital Indicator with Alarms
- UM350 Digital Indicator with Alarms
- LL100
- LL200
- UP550
- UP750
- UT750
- UT550 Digital Indicating Controller
- UT351 Digital Indicating Controller
- UP351 Program Controller
- UT551 Digital Indicating Controller
- UT450 Digital Indicating Controller
- UT350 Digital Indicating Controller
- UP350 Program Controller
This user's manual provides installation and wiring instructions, as well as safety precautions that must be observed when handling or operating the CX1000/CX2000 Control and Measurement Station.
With Ladder communication of CX1000/CX2000, CX can communicate with PLC such as FA-M3, YOKOGAWA, and MELSEC, MITSUBISHI. It is possible to write/read CX data and give versatile command to PLC. It is necessary to have communication port (RS-422/485 or RS-232C) and Ladder communica- tion as option.
This document summarizes the essence of the CX1000/CX2000 to help you understand the concept, features, and functions of the product. The structure of the document is shown below. Please read the appropriate chapters to further your understanding of the product.
SMARTDAC+
This document describes the replacing DARWIN with SMARTDAC+.
GX10, GX20, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GP10, GP20, GM10
- EJA210E
- EJX310A
- EJX610A
- EJXC81A, EJAC81E (Absolute Pressure Diaphragm Seal)
- EJX210A
- EJA510E
- EJXC50A, EJAC50E (Gauge Pressure Direct Mounted Seal)
- EJA120E
- EJX118A
- EJXC80A, EJAC80E (Differential Pressure Direct Mounted Seal)
- EJA118E
- EJX120A
- EJA438E
- EJX510A
- EJXC80A, EJAC80E (Differential / Gauge Pressure Diaphragm Seal)
- EJX110A
- EJA310E
- EJA530E
- EJA130E
- EJX438A
- EJX130A
- EJA440E
- EJA430E
- EJA110E
- EJX430A
- EJX530A
- EJX115A
- EJA115E
- EJX440A
- EJX630A
- EJA110E
- EJA510E
- EJXC50A, EJAC50E (Gauge Pressure Direct Mounted Seal)
- EJA118E
- EJX930A
- EJA440E
- EJX310A
- EJXC80A, EJAC80E (Differential Pressure Direct Mounted Seal)
- EJX910A
- EJA430E
- EJX210A
- EJXC80A, EJAC80E (Differential / Gauge Pressure Diaphragm Seal)
- EJX438A
- EJA310E
- EJX130A
- EJX610A
- EJX118A
- EJA210E
- EJX120A
- EJX510A
- EJX110A
- EJA130E
- EJA438E
- EJA530E
- EJXC81A, EJAC81E (Absolute Pressure Diaphragm Seal)
- EJA120E
- EJX430A
- EJA115E
- EJX115A
- EJX630A
- EJX530A
- EJX440A
JUXTA
JUXTA
The VJQ7 is a plug-in type analog to pulse converter that converts DC current or DC voltage signal into isolated transistor-contact pulse or contactless AC switch pulse.
This plug-in type pulse to analog converter receives contact pulse, voltage pulse, or current pulse from the field and converts the signal into isolated DC current or voltage signals. Output-2 can be selected from DC voltage signal, DC current signal, communication function (RS-485), or alarm output (2 relay contacts).
The VJP8 is a plug-in pulse rate converter that receives contact, voltage or current pulse from a field, and converts it into isolated transistor-contact pulse or contactless AC switch pulse at a preset pulse rate. The VJP8 can also be used as a pulse signal repeater by setting the pulse rate and pulse width type.
The VJET is a compact, plug-in type communication converter. It connects with host device having an Ethernet communication function by Modbus/TCP protocol, and connects with instrument having an RS-485 communication function by Modbus/RTU protocol.
The VJCE is a horizontally installed, side-by-side multiple mounting base that complies with the standard rack-mounting dimensions specified by the JIS/EIA standards. The VJCE base can accommodate up to 16 signal conditioners in the JUXTA VJ series.
The VJCE is a horizontally installed, side-by-side multiple mounting base that complies with the standard rack-mounting dimensions specified by the JIS/EIA standards. The VJCE base can accommodate up to 16 signal conditioners in the JUXTA VJ series.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| VG9000F (Intelligent Safety Solenoid with PST) | 2329 | 03/02 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Rosemount 8732E(Magnetic Flow Transmitter) | 8732 | 03/01 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
SMARTDAC+, GX, GP, GM, GP10,GP20, GX10, GX20 , GM10
The UT75A digital indicating controllers employ an easy-to-read, 14-segment large color LCD display, along with navigation keys, thus greatly increasing the monitoring and operating capabilities. A ladder sequence function is included as standard. The short depth of the controller helps save instrument panel space.
- UTAdvanced series
This document describes the YFGW410 Field Wireless Management Station (hereafter simply refered to as YFGW410), which is a core component of the field wireless system that based on ISA100.11a, the wireless communication standard for industrial automation specified by the International Society of Automation (ISA).
A float is guided concentrically in a conic metal tube. The position of this float is magnetically transmitted to the indicator. The short-tube Rotameter is used for measurement of low flow rates of liquids and gases. Its special application is in troubled, opaque or aggressive mediums and under high pressure.
Thank you for purchasing our inductive conductivity measurement system. Contents of This Manual This manual describes the method of installing, setting the operation conditions.
| Product | DD file name |
|---|---|
| Tunable Diode Laser Spectrometer TDLS8000 | 0102.fm8, 0102.im8, 0102.sym shapes.txt |
| Product | DD file name |
|---|---|
| SC Transmitter SC202 | 0301.ffo, 0301.sym, 030102.cff |
| Product | DD file name |
|---|---|
| SC Analyzer SC450 | 0202.aot, 0202.fms, 0202.imp, 0202.sym, HT000037002C0202.par |
| Product | DD file name |
|---|---|
| SC Analyzer FLXA21 [DevRev 1] | 0101.fm8, 0101im8, 0101.sym, shapes.bak shapes.txt |
| Product | DD file name |
|---|---|
| SC Converter FLXA21 | 0102.ff5, 0102.sy5, 0102.ffo, 0102.sym, 0103.ff5, 0103.sy5, 0103.ffo, 0103.sym, 010101.cff |
| Product | DD file name |
|---|---|
| SC Analyzer FLXA202/FLXA21 [DevRev 2 | 0204.fm8, 0204.sym |
| Product | DD file name |
|---|---|
| pH/ORP Transmitter PH202 | 0301.ffo, 0301.sym, 030102.cff |
| Product | DD file name |
|---|---|
| pH/ORP Analyzer PH450 | 0202.aot, 0202.fms, 0202.imp, 0202.sym, HT000037002B0202.par |
| Product | DD file name |
|---|---|
| pH/ORP Converter FLXA21 | 0102.ff5, 0102.sy5, 0102.ffo, 0102.sym, 0103.ff5, 0103.sy5, 0103.ffo, 0103.sym, 010101.cff |
| Product | DD file name |
|---|---|
| Oxygen Analyzer ZR402 [DevRev 1] | 0101.aot, 0101fm6, 0101.fm8, 0101.fms, 0101.imp, 0101.sym, symbol.txt, shapes.txt |
| Product | DD file name |
|---|---|
| ISC Transmitter ISC202 | 0301.ffo, 0301.sym, 030102.cff |
| Product | DD file name |
|---|---|
| DO Transmitter DO202 | 0301.ffo, 0301.sym, 030102.cff |
The model code selection tool makes it easier to select products and reduce troublesome when introducing them.
| Product | DD file name |
|---|---|
| ISC Analyzer FLXA202/FLXA21 [DevRev 2] | 0204.fm8, 0204.sym |
| Product | DD file name |
|---|---|
| YTA710 Temperature Transmitters |
|
| Product | DD file name |
|---|---|
YTA610 Temperature Transmitters |
|
SMARTDAC+, GX10, GX20, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
| Product | DD file name |
|---|---|
| ISC Analyzer ISC450 | 0202.aot, 0202.fms, 0202.imp, 0202.sym, HT000037002D0202.par |
| Product | DD file name (Note) |
|---|---|
DPharp EJA-E Pressure Transmitter |
|
Note: The files of *.ff5 and *.sy5 are based on eEDDL（enhanced Electronic Device Description Language）which enhanced conventional EDDL.
When using them, a host or configuration tool needs to correspond to eEDDL format.
| Product | DD file name (Note) |
|---|---|
DPharp EJX Pressure Transmitter (except EJX910A, EJX930A) |
|
Note: The files of *.ff5 and *.sy5 are based on eEDDL（enhanced Electronic Device Description Language）which enhanced conventional EDDL.
When using them, a host or configuration tool needs to correspond to eEDDL format.
The JUXTA WX4 Series, Computing unit (mV Input/Fixed Software Type) receives a voltage input signal, applies various computing functions to it, and outputs isolated DC current or DC voltage signals to controllers or recorders.
The JUXTA WX3 Series, Computing unit (mV Input/Variable Software Type) receives mV input signals, applies various computing functions to them, and outputs isolated DC current or DC voltage signals to controllers or recorders. The computation parameters, zero points, and spans can be set and modified using a Handy Terminal (JHT200).
The JUXTA WX2 Series, Computing unit (Variable/ Fixed Software Type) receives a voltage input signal, applies various computing functions to it, and outputs isolated DC current or DC voltage signals to controllers or recorders.
The WV1A/WV1V is a compact, front terminal connection type manual setter that outputs arbitrarily linearized DC current or DC voltage signals by changing set-volume. Available as a transmitter for a loop back test on-site. Addition/subtraction of I/O signals can be performed in combination with an isolator.
The WH1K is a compact, front terminal connection type Limit Alarm that receives DC current or DC voltage signals, compares them with internal setting values and outputs alarm contacts. Two alarm outputs: each output has an alarm, hysteresis and direction set points.
The WRUA/WRUV is a compact, front terminal connection type cryogenic temperature converter that is used in combination with a four-wire cryogenic RTD (Yokogawa J263*B) and converts high-precision measured values of wide temperature ranges into isolated DC current or DC voltage signals.
The WR9A/WR9V is a compact, front terminal connection type dew point converter that converts dew-point temperature signals into isolated DC current or DC voltage signals. Burnout setting, I/O adjustment and I/O monitoring can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The WQ2P is a compact, front terminal connection type analog-to-pulse converter that converts DC current or DC voltage signals into pulse-train signals. I/O range, output pulse width, and low cut point setting, zero/span adjustment and I/O monitoring can be made on-site, using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The WQ2A/WQ2V is a compact, front terminal connection type pulse-to-analog converter that receives pulse-train signals and converts them into DC voltage or DC current signals proportional to the frequency. With built-in 12 V or 24 V power supply for pulse transmitter inputs. Input pulse types include current pulse, voltage pulse, non-voltage contact, and open collector contact.
The WQ0P is a compact, front terminal connection type analog-to-pulse converter that converts DC current or DC voltage signals into pulse-train signals. Output signals are open collector or contactless AC switch. 2000 V AC withstand voltage specifications are available upon requests.
The WQ1A/WQ1V is a compact, front terminal connection type pulse-to-analog converter that receives pulse-train signal and converts it into isolated DC voltage or DC current signal. With built-in 12 V or 24 V power supply for pulse transmitter inputs. Input pulse types include current pulse, voltage pulse, non-voltage contact, and open collector contact.
The WP4P is a compact, front terminal connection type pulse rate converter that receives contact or voltage pulses from a field and converts them into an isolated transistor-contact pulse at a preset pulse rate.
The WH9A/WH9V is a compact, front terminal connection type isolator that receives non-linear signals generated by analyzers or sound level meters, and converts them into linear DC current or DC voltage signals. Zero/span adjustment, I/O monitoring, etc. can be made using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The WH3A/WH3V is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. Max. 63% response, 15 ms high speed conversion.
The WH4A/WH4V is a compact, front terminal connection type converter that converts DC current or DC voltage signals into DC current or DC voltage signals.
The WHRA/WHRV is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. 0 to 100% of the input signals are reversed and output.
The WG3A/WG3V is a compact, front terminal connection type AC voltage converter that converts AC voltage signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value. Dual input and 2000 V AC withstand voltage specifications are available upon request.
The WG1A/WG1V is a compact, front terminal connection type PT converter that converts AC voltage signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value. Dual output specifications are available upon request.
The WD1A/WD1V is a compact, front terminal connection type tachogenerator converter that converts AC voltage signals from electrical tachometers (tachogenerators) into isolated DC current or DC voltage signals. AC/DC conversion is made by mean value. Dual output and 2000 V AC withstand voltage specifications are available upon request.
The WB3A/WB3V is a compact, front terminal connection type AC current converter that converts AC current signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value. Dual output and 2000 V AC withstand voltage specifications are available upon request.
The WB2A/WB2V is a compact, front terminal connection type CT converter that converts AC current signals into isolated DC current or DC voltage signals. AC/DC conversion is made by mean value. Dual output specifications are available upon requests.
The WB1A/WB1V is a compact, front terminal connection type CT converter that converts AC current signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value. Dual output specifications are available upon request.
The WA4A/WA4V is a compact, front terminal connection type distributor that is used in combination with a two-wire transmitter, and converts the transmitter's 4 to 20 mA DC signals into 4 to 20 mA DC current or 1 to 5 V DC voltage signals.
The JUXTA FX4 Series, Computing unit (mV Input/Fixed Software Type) receives a voltage input signal, applies various computing functions to it, and outputs isolated DC current or DC voltage signals to controllers or recorders.
The JUXTA FX2 Series, Computing unit (Variable/Fixed Software Type) receives a voltage input signal, applies various computing functions to it, and outputs isolated DC current or DC voltage signals to controllers or recorders.
The JUXTA FX1 Series, Computing unit (Variable Software Type) receives voltage input signals, applies various computing functions to them, and outputs isolated DC current or DC voltage signals to controllers or recorders. The computation parameters, zero points, and spans can be set and modified using a Handy Terminal (JHT200).
The FV1A/FV1V is a compact, front terminal connection type manual setter that outputs arbitrarily linearized DC current or DC voltage signals by changing set-volume. Available as a transmitter for a loop back test on-site. Addition/subtraction of I/O signals can be performed in combination with an isolator.
The FQ2P is a compact, front terminal connection type analog-to-pulse converter that converts DC current or DC voltage signals into pulse-train signals. I/O range, output pulse width, and low cut point setting, zero/span adjustment and I/O monitoring can be made on-site, using the optional Parameter Setting Tool (VJ77) or Handy Terminal (JHT200).
The FQ2A/FQ2V is a compact, front terminal connection type pulse-to-analog converter that receives pulse-train signals and converts them into DC voltage or DC current signals proportional to the frequency. With built-in 12 V or 24 V power supply for pulse transmitter inputs.
The FQ1A/FQ1V is a compact, front terminal connection type pulse-to-analog converter that receives pulse-train signals and converts them into isolated DC voltage or DC current signals. With built-in 12 V or 24 V power supply for pulse transmitter inputs. Input pulse types include current pulse, voltage pulse, non-voltage contact, and open collector contact.
The FP4P is a compact, front terminal connection type pulse rate converter that receives contact or voltage pulses from a field, and converts them into isolated transistor-contact pulses at a preset pulse rate.
The FH3A/FH3V is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. Max. 63% response, 15 ms high speed conversion.
The FH4A/FH4V is a compact, front terminal connection type converter that converts DC current or DC voltage signals into DC current or DC voltage signals.
The FHRA/FHRV is a compact, front terminal connection type isolator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals. 0 to 100% of the input signals are reversed and outputted.
The FG3A/FG3V is a compact, front terminal connection type AC voltage converter that converts AC voltage signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value.
The FG1A/FG1V is a compact, front terminal connection type PT converter that converts AC voltage signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value.
The FD1A/FD1V is a compact, front terminal connection type tachogenerator converter that converts AC voltage signals from electrical tachometers (tachogenerators) into isolated DC current or DC voltage signals. AC/DC conversion is made by mean value.
This isolator, no power supply required, converts 4-20mA DC or 10-50mA signals to 4-20mA DC signals or 1-5V DC signals.
The FB3A/FB3V is a compact, front terminal connection type AC current converter that converts AC current signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value.
The FB1A/FB1V is a compact, front terminal connection type CT converter that converts AC current signals into isolated DC current or DC voltage signals. AC/DC conversion is made by root mean square value.
The FA4A / FA4V is a compact, front terminal connection type distributor that is used in combination with a two-wire transmitter to convert the transmitter's 4 to 20 mA DC signals into DC current or DC voltage signals.
Powder is used in many industries including ceramics,cement, chemicals, pharmaceutical and food. In their processes, powder is collected in order to reduce the loss incurred in the process. Dust emissions from industrial plants are limited by the air pollution control law, local regulations or other guidelines. Each industrial facility is required to be maintained so that its dust emissions do not exceed the allowable level.
The KM6 fiber-optic cable is used for connecting Fiber-optic FA-bus Modules (F3LR01), Fiber-optic FA-bus Type 2 Modules (F3LR02) and Fiber-optic FA link H Modules (F3LP12). Several models are available for different applications
| Product | DD file name |
|---|---|
| ROTAMASS Coriolis Flowmeter |
|
UTAdvanced
Thank you for purchasing our products. This User's Manual explains the handling and safety precautions for use of the BARD-600/700/800/810/820/830. Before using them, read this manual thoroughly to ensure correct and safe use.
Wireless Differential Pressure/Pressure Transmitter (EJX B Series)
- EJX110B Wireless Differential Pressure Transmitter
- EJX510B Wireless In-Line Mount Absolute Pressure Transmitter
- EJX438B Wireless Gauge Pressure Transmitter with Remote Diaphragm Seals
- EJX430B Wireless Gauge Pressure Transmitter
- EJX310B Wireless Absolute Pressure Transmitter
- EJX210B Wireless Flange Mounted Differential Pressure Transmitter
- EJX118B Wireless Differential Pressure Transmitter with Remote Diaphragm Seals
- EJX530B Wireless In-Line Mount Gauge Pressure Transmitter
Field Wireless Multi-Function Module (FN510)
Wireless Temperature Transmitter (YTA510)
Field Wireless Multi-Protocol Module (FN310)
Field Wireless Multi-Protocol Module (FN310)
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| TopWorx D2-FF (Discrete Valve Controller) | 0200 | 03/01 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| F2D0-TI-Ex8.FF (Temperature Multiplexer) | 0003 | 02/02 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Micro Motion MVD 5700 (Advanced Coriolis Flow / Density Transmitter) | 5700 | 01/02 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
- EJX118B Wireless Differential Pressure Transmitter with Remote Diaphragm Seals
- EJX530B Wireless In-Line Mount Gauge Pressure Transmitter
- EJX110B Wireless Differential Pressure Transmitter
- EJX510B Wireless In-Line Mount Absolute Pressure Transmitter
- FN120 Field Wireless Communication Module
- YTMX580 Multi-Input Temperature Transmitter
- EJX438B Wireless Gauge Pressure Transmitter with Remote Diaphragm Seals
- FN510 Field Wireless Multi-Function Module
- EJX430B Wireless Gauge Pressure Transmitter
- FN310 Field Wireless Multi-Protocol Module
- EJX310B Wireless Absolute Pressure Transmitter
- FN110-R1 Field Wireless Gateway
- EJX210B Wireless Flange Mounted Differential Pressure Transmitter
- YTA510 Wireless Temperature Transmitter
- Field Instruments
- Wireless Adapter
- Wireless Differential Pressure/Pressure Transmitters
- Field Wireless
- Wireless Temperature Transmitters
The IR200 infrared gas analyzer is capable of measuring the concentrations of CO2, CO, CH4, SO2, NO and O2 components in sample gas. CO2, CO, CH4, SO2 and NO are measured by non-dispersive infrared method (NDIR), while O2 is measured by paramagnetic or zirconia method.
| Product | DD file name |
|---|---|
| ROTAMASS Total Insight Coriolis Mass Flow Meter |
|
The DRU is a nest-mounting type DCS-supported cryogenic temperature converter that is used in combination with a four-wire cryogenic RTD (Yokogawa J263*B) and converts high-precision measured values of wide temperature ranges into isolated DC current or DC voltage signals.
List of RoHS (2011/65/EU) Directive
- UP150
- 【Support Information】List of RoHS
- UD320
- UT155
- UD310
- UT152
- YSS1000
- JUXTA VJ Series Computing Units
- Button Operated MV1000/MV2000
- JUXTA VJ Series Signal Conditioners
- UD350
- AR Series Surge Arresters
- UT130
- UT150
- LL50A
- Value Series FX1000
- Advanced Application UT75A
- Removable Chassis DX1000N
- YS1310
- YS1350/YS1360
- PC-Based MX100
- YS1500
- UM33A
- CTW
- Standalone MW100
- YS1700
- UP55A
- TC10
- UP35A/UP32A
- YTMX580 Multi-Input Temperature Transmitter
- µR10000 & µR20000
- DX1000T/DX2000T
- Mid-level UT55A/UT52A
- Button Operated DX1000/DX2000
- UT35A/UT32A
- Touch Screen Paperless Recorder GX10/GX20
- Touch Screen GP10/GP20
- Modular GM10
- Controllers & Indicators
- Power Monitors
- Surge Arresters
- Signal Conditioners
JUXTA, Powercert
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM, GA10
- Button Operated MV1000/MV2000
- Button Operated DX1000/DX2000
- Data Acquisition with PID Control CX2000
- GX20W Paperless Recorder Wireless Model
- Removable Chassis DX1000N
- DX1000T/DX2000T
- Value Series FX1000
- Data Acquisition with PID Control CX1000
- µR10000 & µR20000
- Touch Screen Paperless Recorder GX10/GX20
- Touch Screen GP10/GP20
- DX100/DX200 Paperless Recorder
- DX100P/DX200P Paperless Recorder
- MV100/MV200
- WX102 DAQ32Plus
- WX101 DAQLOGGER
- WX12 AddMulti
- WX13 AddTrigger
- FX100
- Modular GM10
The accuracy applies to standard operating conditions: ambient temp: 3± °C, ambient humidity: 55±10% RH, supply voltage: 90 to 50 VAC, power frequency: 50/60 Hz ±1%, warm-up time: at least 30 minutes, without adverse conditions such as vibrations
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
The DX2000T is a Daqstation that displays real-time measured data on a color LCD and saves data on a CompactFlash memory card (CF card). It can be hooked up to network via Ethernet, which enables to inform by E-mail and to monitor on Web site as well as to transfer files by using FTP. Also, it can communicate with Modbus/RTU or Modbus/TCP.
The VJET is a compact, plug-in type communication converter. It connects with host device having an Ethernet communication function by Modbus/TCP protocol, and connects with instrument having an RS- 485 communication function by Modbus/RTU protocol.
- UM351 Digital Indicator with Alarms
- UP750
- UM350 Digital Indicator with Alarms
- UP550
- UT750
- UP35A/UP32A
- UM33A
- UP55A
- Advanced Application UT75A
- UT35A/UT32A
- Mid-level UT55A/UT52A
- UP350 Program Controller
- UT551 Digital Indicating Controller
- UM331 Digital Indicator with Alarms
- UT38 Digital Indicating Controller
- UT320 Digital Indicating Controller
- UT450 Digital Indicating Controller
- UT35 Digital Indicating Controller
- UP30 Program Controller
- UT550 Digital Indicating Controller
- UT351 Digital Indicating Controller
- UP351 Program Controller
- UM330 Digital Indicator with Alarms
- UT37 Digital Indicating Controller
- UT350L
- UT30 Digital Indicating Controller
- UT40 Digital Indicating Controller
- UT321 Digital Indicating Controller
- UT520 Digital Indicating Controller
- UT350 Digital Indicating Controller
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM, GX90XA, GX90YA, GX90XD, GX90WD, GX90YD, GX90XP, GX90UT, GX90EX, GX60, GM90PS
JUXTA, Powercert
Powercert
JUXTA, Powercert
SMARTDAC+
SMARTDAC+
The ISC40 J sensors are designed for use with the FLXA202/FLXA21 2-wire Analyzer, ISC202 2-wire transmitter and the ISC450G 4-wire converter.
The UT32A-D dual-loop digital indicating controllers employ an easy-to-read, 14-segment large color LCD display, along with navigation keys, thus greatly increasing the monitoring and operating capabilities. A ladder sequence function is included as standard. The short depth of the controller helps save instrument panel space.
UTAdvanced
The UP35A program controller employs an easy-to-read, 14-segment large color LCD display, along with navigation keys, thus greatly increasing the monitoring and operating capabilities. A ladder sequence function is included as standard. The short depth of the controller helps save instrument panel space.
UTAdvanced
The UP55A program controller employs an easy-to-read, 14-segment large color LCD display, along with navigation keys, thus greatly increasing the monitoring and operating capabilities. A ladder sequence function is included as standard. The short depth of the controller helps save instrument panel space. The UP55A also support open networks such as Ethernet communication.
UTAdvanced
The UT35A/MDL and UT32A/MDL controllers can be mounted in a panel. A ladder sequence function is included as standard. The short depth of the control- ler helps save instrument panel space. The UT35A/ UT32A also support open networks such as Ethernet communication.
UTAdvanced
The UT35A/RSP and UT32A/RSP are single-loop controller with a non-isolated remote input. Digital indicat- ing controllers employ an easy-to-read, 14-segment large color LCD display, along with navigation keys, thus greatly increasing the monitoring and operating capabilities. A ladder sequence function is included as standard. The short depth of the controller helps save instrument panel space. The UT35A/UT32A also support open networks such as Ethernet communication.
- UTAdvanced series
The UT35A/UT32A digital indicating controllers employ an easy-to-read, 14-segment large color LCD display, along with navigation keys, thus greatly increasing the monitoring and operating capabilities. A ladder sequence function is included as standard. The short depth of the controller helps save instrument panel space. The UT35A/UT32A also support open networks such as Ethernet communication.
- UTAdvanced series
- UTAdvanced series
The UT55A/UT52A digital indicating controllers employ an easy-to-read, 14-segment large color LCD display, along with navigation keys, thus greatly increasing the monitoring and operating capabilities. A ladder sequence function is included as standard. The short depth of the controller helps save instrument panel space.
- UTAdvanced series
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Rosemount 752 (Remote Indicator) | 0752 | 04/01 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Rosemount 5408 (Level Transmitter) | 5408 | 01/01 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Rosemount 5300 Series(Guided Wave Radar Level and Interface Transmitter) | 5300 | 04/05 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
- EJX118B Wireless Differential Pressure Transmitter with Remote Diaphragm Seals
- EJX530B Wireless In-Line Mount Gauge Pressure Transmitter
- EJX110B Wireless Differential Pressure Transmitter
- EJX510B Wireless In-Line Mount Absolute Pressure Transmitter
- FN120 Field Wireless Communication Module
- YTMX580 Multi-Input Temperature Transmitter
- EJX438B Wireless Gauge Pressure Transmitter with Remote Diaphragm Seals
- FN510 Field Wireless Multi-Function Module
- EJX430B Wireless Gauge Pressure Transmitter
- FN310 Field Wireless Multi-Protocol Module
- EJX310B Wireless Absolute Pressure Transmitter
- FN110-R1 Field Wireless Gateway
- EJX210B Wireless Flange Mounted Differential Pressure Transmitter
- YTA510 Wireless Temperature Transmitter
- Wireless Temperature Transmitters
- Field Instruments
- Wireless Adapter
- Wireless Differential Pressure/Pressure Transmitters
- Field Wireless
JUXTA, Powercert
UTAdvanced
UTAdvanced
Thank you for purchasing the YS1000 series single-loop controller (hereinafter referred to as "YS1000"). This manual describes how to use the YS1000's communication functions (Ethernet, serial and DCS-LCS communication). Read this manual thoroughly beforehand to ensure correct use of the YS1000.
The development of oil and gas resources is growing at a fast pace due to rising worldwide demand for energy. Consequently, modern oil and gas fields are attracted to the deployment of new digital technologies in upstream well and pipeline processes in oil and gas exploration and production in order to achieve higher levels of efficiency and safety.
| Product | DD file name |
|---|---|
| Liquid Analyzer FLXA402 [DevRev 1] | 0101.fm8, 0101.im8, 0101.sym, shapes.txt |
| Product | DD file name |
|---|---|
| DO Analyzer FLXA202/FLXA21 [DevRev 2] | 0204.fm8, 0204.sym |
| Product | DD file name |
|---|---|
| DO Analyzer FLXA21 [DevRev 1] | 0101.fm8, 0101im8, 0101.sym, shapes.bak shapes.txt |
| Product | DD file name |
|---|---|
| pH/ORP Analyzer FLXA202/FLXA21 [DevRev 2] | 0206.fm8, 0206.im8, 0206.sym shapes.txt |
| Product | DD file name |
|---|---|
| pH/ORP Analyzer FLXA21 [DevRev 1] | 0101.fm8, 0101im8, 0101.sym, shapes.bak shapes.txt |
| Product | DD file name |
|---|---|
| Oxygen Analyzer ZR202 [DevRev 1] | 0101.aot, 0101fm6, 0101.fm8, 0101.fms, 0101.imp, 0101.sym, symbol.txt, shapes.txt |
The specification of the workstation for CellPathfinder.
| Model | Device Type | Dev/DD REV* | Remarks |
|---|---|---|---|
| Levelflex FMP5x (Guided Radar Level Measurement Device) | 1022 | 02/02 | Enhanced DD |
*)DD_REV parameter gives the oldest revision number (numerically smallest) of DD, which describes the devices of this device revision.
JUXTA
PRM has an open integration tool to connect with external application softwares such as valve management softwares and device maintenance softwares. This scheme is called PLUG-IN Application (PIA) interface. It enables these softwares to run on PRM as client softwares and enables them to communicate with related devices through Yokogawa host systems.
| Product | DD file name |
|---|---|
|
Tunable Diode Laser Spectrometer TDLS8000 |
0101.fm8, 0101.im8, 0101.sym shapes.txt |
DAQMASTER
DXAdvanced
UTAdvanced
UTAdvanced
DARWIN
CX
MVAdvanced
MVAdvanced
DAQMASTER
DAQMASTER
DXAdvanced
DXAdvanced
DXAdvanced
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
SMARTDAC+, GM
SMARTDAC+, GM
SMARTDAC+, GX10, GX20, GX20W, GP10, GP20, GM
